Electrical machines are the hearts of many appliances, industrial equipment and systems. In
the context of global sustainability, they must fulfill various requirements, not only physically …

This paper introduces an evolutionary optimization procedure for the design of permanent-
magnet motors (PMMs) for electric vehicle (EV) applications, considering a specific drive …

This paper proposes an outer-rotor V-shaped permanent magnet flux switching (V-PMFS)
motor for potential applications in in-wheel direct drive system. However, the cogging torque …

Scientific optimization has become a popular term in the modern design of electrical
machines. Due to the current completive and dynamic market, and the increasing …

This paper presents a novel method for optimal sizing of traction motors based on vehicle
level targets. The method employs a scalable electric machine model inside the …

This paper proposes a robust optimization algorithm, enabling global optimum tracking and
manufacturing uncertainty factors handling, for high-speed permanent magnet motor design …

Surface-mounted permanent-magnet (PM) motors are widely used in motion control systems
because of their high peak torque-to-inertia ratio. These motors exhibit high magnetic …

Electric Vehicles (EVs) are considered among one of the 'clean'energy technologies in the
transportation sector because the vehicles themselves do not generate combustion …

Accurate calculation of magnetic field distribution is a prerequisite for motor design and
optimization. This article develops an analytical subdomain model of external rotor in-wheel …

The technology of mounting electric direct drive motors into vehicle wheels has become one
of the trends in the field of electric vehicle drive systems. The article presents suggestions for …